This is an introductory laboratory which is designed to acquaint students with the basic concepts and properties of electrical circuits and networks. This lab comprises of DC Circuit Laboratory and AC Circuit Laboratory. In this lab students of first year perform experiments related to topics taught in theory like superposition theorem, Norton’s theorem, Thevenin’s theorem, open circuit and short circuit test of single phase transformers, etc. After completing the lab, students learn to analyze and solve different electrical basic circuit and design basic electrical circuits.

Major Equipment:

• Signal Generator
• Oscilloscope
• Trainer Board
• DC/AC Power Supply
• Digital Multimeter
• Wattmeter

This lab is comprised of two parts that is Analog Electronics and Digital Electronics. In the Analog Electronics section students analyse basic electronic circuits like rectification, wave shaping, amplifier, Op-amp circuits, etc. using experimental setup as an individual or as a member of a team. In the Digital Electronics Section, different types of experiments related to combination and sequential circuits design like adder, subtractor, encoder-decoder, multiplexer-demultiplexer, Latch Flip-flop, counter, register are normally performed. After completing this lab students are instructed to design different digital electronics project which helps them to have hands on experience with the electronic devices.

Major Equipment:

• Function Generator
• Dual Channel Oscilloscope
• Dual/Single channel DC Power Supply
• Digital Multimeter
• Digital Trainer board

In this laboratory students conduct experiments with different types of DC and AC machines to acquire practical knowledge about their construction, operation, performance and characteristics. This lab facilitates students in testing, controlling and analyzing various types of electrical machines and transformers. The experiments are performed individually or in groups under the supervision of a teacher.

Major Equipment:

• DC Machines
• Three Phase Induction Motor
• Single Phase Transformer
• Alternator
• Synchronous Motor
• Starter

This laboratory is equipped to provide practical knowledge on generation, transmission and distribution of electrical power. Students can analyze load flow, fault current, protective relay setting, energy metering and efficiency of transmission line and distribution system. This lab supports the theory courses related to power system and ensures that students get a better understanding of real-world systems.

Major Equipment:

• Transmission Line Model
• Relay Testing Kit
• Transformer Protection Panel
• Overcurrent Relay
• Earth Fault Relay

This laboratory is used to perform experiments related to both linear and non-linear control systems. Students are introduced to the principles of automatic control and feedback systems. The lab includes experiments on transient response, frequency response, stability, controller design and compensators using both hardware kits and simulation tools like MATLAB/Simulink.

Major Equipment:

• PID Trainer
• DC Motor Speed Control Setup
• Servo Motor Trainer
• Temperature Control Trainer
• MATLAB/Simulink

In Physics Laboratory work using hardware based on: Wheat stone’s network (meter bridge, post office box), measuring resistance of unknown wire, series/parallel combination of resistor, resistance of a galvanometer. Students will determine values of different physical parameters by conducting various experiments as an individual or as a team member.

In Chemistry lab students will be demonstrated laboratory experiments related to chemical analysis as an individual or as a member of a team. Different chemical analysis on: HCl, NaOH, KMnO4, Fe(II), K2Cr2O7, Cu(II) etc. will be performed in this lab.

In electrical circuit simulation laboratory students will learn to develop simulation models of various AC, DC, and electronic circuit to find the value of different circuit parameters.

In VLSI design lab students will be able to apply the general concept of VLSI Design methodologies to design different electronic circuits using modern CAD tools. Students will be able to design different VLSI circuits and define efficient design procedure.

In Digital signal processing lab, analysis of different digital signals & digital filters with DTFT, FFT and z-transform using modern CAD tools. Students will be familiarized with FIR and IIR filter design and their application.

The purpose of this lab is to facilitate students with foundation skills of using communication laboratory instruments and to make students understand about the operations and applications of various analog & digital modulation circuits. It will cover AM, FM, ASK, FSK, PSK modulation and demodulation practical laboratory work.

Major Equipment:

• Basic and Advanced Analog Communication Trainer kits
• Basic and Advanced Digital Communication Trainer kits
• Digital Storage oscilloscope
• 20 GHz Vector Network Analyzer

This lab will help students to learn microcontroller programming. They will design simple project based on microcontroller. Students will learn to solve complex engineering problems using programming as well as hardware tools in this lab. This lab will cover ARDUINO & PIC based microcontroller system design & introduction to raspberry-pi.

Major Equipment:

• Computer for each student
• Field Programmable Gate Arrays (FPGAs)
• 5 workstation each equipped with trainer Arduino Kit with Different Types of Sensors
• 8051 trainer